BPC-157 5 mg (price is per kit/10 vials), 50 mg

BPC-157, which stands for Body Protection Compound, is a synthetic peptide consisting of 15-amino-acid chains, derived from special proteins commonly found in the human digestive tract. This protein is responsible for keeping the digestive lining protected and safe from corrosion while promoting increased healing and repair. 

Although its derivation lies in a protein naturally present in the human body, BPC 157  can only be synthetically produced as its unique amino acid chains cannot be replicated in real life. Lab research studies and trials have claimed that synthetic BPC-157 peptide also curated in injectable and nasal forms, can lead to an increase in muscle growth, improve blood pressure, help in solving intestinal problems like IBS and chronic indigestion, stimulate tissue repair, and much more. 

BPC-157 is still a research chemical and it is only eligible for research purposes. For animal experiments, all studies should be undertaken under the purview of the Institutional Animal Care and Use Committee (IACUC), as per the guideline issued by the Animal Welfare Act. 

What Is BPC-157

BPC-157, which is also referred to as Bepecin, PL-10, and PL14736, is composed of a 15-amino-acid chain, that has been obtained from a larger pre-existing molecule. It is commonly referred to as a peptide, and not a protein, due to the disparity in molecular size. 

The unique composition of BPC-157 makes it shine as a probable agent of accelerated wound healing and vascular development, as well as a possible contributor towards angiogenesis, which refers to the formation and development of blood vessels. Extensive research is constantly underway to better understand BPC-157 as a research chemical and formulate injectable and nasal products of the same. 

Structure Of BPC-157

Sequence: Gly-Glu-Pro-Pro-Pro-Gly-Lys-Pro-Ala-Asp-Asp-Ala-Gly-Leu-Val

Molecular Formula: C62H98N16O22

Molar Mass: 1419.5 g/mol

Researched Benefits of BPC-157

Numerous scientific studies and research have showcased a list of prolific functions of BPC-157, that may be beneficial for subjects. 

The presence of BPC-157 in the gastrointestinal tract helps preserve the tissues from corrosive digestive acids, bile, and other fluids that are responsible for the processes of digestion. The effect of BPC on fibroblasts promotes faster migration and proliferation of cells, which contributes toward faster wound healing and repair as these cells are responsible for the placement of proteins like elastin and fibrin. 

BPC-157 contributes towards angiogenesis, which refers to the growth and increased proliferation of red blood cells in the body. Lab research studies conducted on rats showed that the injection of BPC-157 leads to a spike in red blood vessel content. This evidence shows that BPC may be beneficial for cardiovascular and muscular growth, and prevent heart diseases such as stroke and heart attack. Research performed on chicken embryos indicates that the vascular growth caused by BPC is through simulation of VEGFR, a receptor present on the cell surface. 

Along with accelerating wound healing, BPC-157 also promotes tendon recovery and healing, as shown in studies conducted on animals, where injectable BPC assisted in blood supply to areas that were lacking. Low blood supply can serve as a barrier to fast and proper healing. Experiments performed on rats have shown that BPC leads to an increase in fibroblast density, which ensures the correct setting of tendons, bones, and ligaments. Studies have also shown that BPC stimulates the production of F-actin, a substance that is crucial for the process of cell migration. 

Animal studies have shown that BPC-157 dosage can lower and nullify specific types of oxidative stress markers such as nitric oxide. Further research also showed that its presence in the GI tract led to a reduced presence of reactive oxygen. These unique properties of BPC prove that the substance is a strong antioxidant. 

BPC-157 is also known to reduce the counter-effects of NSAIDs. Such drugs are known to cause a host of gastrointestinal issues including bleeding, as well as the possibility of heart attacks. Research and studies have shown that BPC can very well counter-act such side-effects without diminishing the positive functioning. Studies conducted on lab rats have also shown that BPC can lower the counter-effects of psychiatric medication, such as catalepsy.

 1. What Does BPC-157 Do?

A: BPC 157 is a synthetic 15-amino-acid chain peptide that acts as a possible accelerant for wound healing and vascular development,as well as a contributor towards angiogenesis, which is beneficial for cardiovascular maintenance and a reducer of oxidative stress and counter effects of NSAIDs. 

2. Does BPC Really Work?

A: Research conducted in laboratory conditions with animal subjects have indicated towards a positive function of BPC. However, its status continues to be one of a research chemical, which hasn’t yet been approved of human consumption, and its effectiveness cannot yet be deduced. 

3. What Are The Side-Effects of BPC?

A: The possible side-effects of BPC 157 dosage as evaluated through scientific research and studies may include dizziness, headaches, hot flashes, diarrhea and tiredness, etc. There may also be the possibility of cancer, liver and kidney toxicity, and changed blood pressure. 

4. Does BPC Raise Blood Pressure?

A: Lab research and subject trials have indicated that when compared with L-arginine, pentadecapeptide BPC 157 had a mimicking effect (impaired L-NAME-blood pressure increase, when applied prophylactically. 

5. Where Should I Inject BPC 157?

A: BPC 157 is to be injected subcutaneously and intravenously, by placing the needle just below the skin, such that it doesn’t reach deep.